A Swift framework providing implementations of common data structures and algorithms with educational examples.
Swift Structures is a framework that provides implementations of commonly used data structures and algorithms written in Swift. It serves as both a practical reference for iOS/macOS developers needing these fundamental computer science tools and an educational resource for learning Swift language features through concrete examples. The project includes everything from basic linked lists and sorting algorithms to advanced graph algorithms and dynamic programming solutions.
iOS and macOS developers who want to understand data structures and algorithms in Swift, particularly those learning Swift's language features or needing reference implementations for their projects. It's also valuable for computer science students studying algorithms with Swift examples.
Developers choose Swift Structures because it provides clean, well-documented implementations specifically tailored to Swift's syntax and features, unlike pseudocode or C/C++ examples found elsewhere. It doubles as both a practical library and an educational tool that demonstrates Swift-specific concepts like optionals, extensions, and protocols through algorithm implementations.
Examples of commonly used data structures and algorithms in Swift.
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Includes a wide range from basic linked lists and sorting algorithms to advanced graph algorithms and dynamic programming, as listed in the Features section with concrete Swift implementations.
Demonstrates Swift-specific features like optionals, extensions, protocols, and generics through algorithm examples, making it a dual resource for learning both concepts and syntax.
Emphasizes readable implementations for educational purposes, as noted in the Philosophy, helping developers grasp fundamental computer science concepts clearly.
Supports Swift 4.2 with a dedicated develop branch for contributions, indicating ongoing maintenance and openness to community feedback.
Optimized for Swift 4.2, which is several versions behind current Swift releases, risking compatibility issues and missing newer language features.
Relies heavily on code examples with minimal explanatory text or tutorials in the README, lacking guidance for complex algorithm usage beyond basic listings.
Does not mention Swift Package Manager support, requiring manual setup that can be inconvenient for modern iOS/macOS development workflows.